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class Program { static void Main() { // Create arrays of various types. var intArray = new int[] { 3, 5, 7, 9, 11 }; var stringArray = new string[] { "first", "second", "third" }; var doubleArray = new double[] { 3.567, 7.891, 2.345 }; Simple.ReverseAndPrint<int>(intArray); Simple.ReverseAndPrint(intArray); // Invoke method // Infer type and invoke

} else { throw new IllegalArgumentException( "Class type: " + source.getClass().getName()); } return root; }

Simple.ReverseAndPrint<string>(stringArray); // Invoke method Simple.ReverseAndPrint(stringArray); // Infer type and invoke Simple.ReverseAndPrint<double>(doubleArray); // Invoke method Simple.ReverseAndPrint(doubleArray); // Infer type and invoke } } This code produces the following output: 11 9 7 5 3 3 5 7 9 11 third second first first second third 2.345 7.891 3.567 3.567 7.891 2.345

1SF = Singleton.instance Template: To define a process skeleton x = 1CF1(Ii)+1CF2(1Ii) 1CF1 = Template/Completion.functionManager 1CF2 = .function Memento: To create a snapshot of an object s state so that it can be restored +: I = 1OF1(1i)+2OF1(1OI) ^ 0 = 2OF2(1OF2(I))

The last of the old code usage is Listing 6-10, in which a Digital Signature Algorithm (DSA) key pair is generated to do the XML tree signing. From this key pair, you would typically share the public key so that others can validate items that you ve signed. It is this PublicKey that is passed into the final validateXMLSignature() method.

Extension methods are described in detail in 7 and work just as well with generic classes. They allow you to associate a static method in one class with a different generic class, and to invoke the method as if it were an instance method on a constructed instance of the class. As with non-generic classes, an extension method for a generic class Must be declared static Must be the member of a static class Must contain as its first parameter type the keyword this, followed by the name of the generic class it extends The following code shows an example of an extension method called Print on a generic class called Holder<T>: static class ExtendHolder { public static void Print<T>(this Holder<T> h) { T[] vals = h.GetValues(); Console.WriteLine("{0},\t{1},\t{2}", vals[0], vals[1], vals[2]); } } class Holder<T> { T[] Vals = new T[3]; public Holder(T v0, T v1, T v2) { Vals[0] = v0; Vals[1] = v1; Vals[2] = v2; } public T[] GetValues() { return Vals; } } class Program { static void Main(string[] args) { var intHolder = new Holder<int>(3, 5, 7); var stringHolder = new Holder<string>("a1", "b2", "c3"); intHolder.Print(); stringHolder.Print(); } }

Enumerators and Enumerable Types Using the IEnumerator Interface The IEnumerable Interface The Non-Interface Enumerator The Generic Enumeration Interfaces The IEnumerator<T> Interface The IEnumerable<T> Interface Iterators Common Iterator Patterns Producing Enumerables and Enumerators Producing Multiple Enumerables Producing Multiple Enumerators Behind the Scenes with Iterators

private static KeyPair generateDSAKeyPair() throws NoSuchAlgorithmException { KeyPairGenerator kpg = KeyPairGenerator.getInstance("DSA"); kpg.initialize(1024, new SecureRandom()); return kpg.generateKeyPair(); }

In 14, you saw that you can use a foreach statement to cycle through the elements of an array. In this chapter, you ll take a closer look at arrays and see why they can be processed by foreach statements. You ll also look at how you can add this capability to your own userdefined classes. Later in the chapter, I ll discuss the use of iterators.

1SF1 = StateManager.createMemento 1SI = .state 2SF1 = Memento.takeState 1SF2 = .takeCurrentState 2SF2 = .giveState Adapter: To enable incompatibly interfaced classes to interact x = 2OF(1COF(Ii)) x = 1CF2(1MF1(Ii)) 1CF = Direct/Indirect.direct 2SF = Original.original 1MF1 = Direct.direct 1CF2 = OriginalType/Original.original Constructor: To vary other classes instantiation through the creator s extensions 2CO, I = 1CF(U) 1CF = ObjectManagerType/ObjectManager.newObject 2C = ObjectType/Object

When you use the foreach statement with an array, the statement presents you with each element in the array, one by one, allowing you to read its value. For example, the following code declares an array with four elements, and then uses a foreach loop to print out the values of the items: int[] arr1 = { 10, 11, 12, 13 }; foreach (int item in arr1) Console.WriteLine("Item value: // Define the array. // Enumerate the elements. {0}", item);